• Our Research

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• Where can it be used?

• 1. Biomedical and Life Sciences:

• - Point-of-care diagnostics

• - Lab-on-a-chip devices for medical testing

• - Drug delivery systems

• - Cell analysis and manipulation

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• 2. Pharmaceuticals:

- High-throughput drug screening

- Testing of drug compounds 

- Controlled-release drug delivery

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•  3. Chemical Analysis:

• - Chromatography and separations

• - Chemical synthesis and reaction

• - Mass spectrometry

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• 4. Environmental Monitoring:

• - Sensing and detection of pathogens

• - Water quality testing

• - Detection of pollutants & contaminants

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• 5. Microengineering and Nanotechnology:

• - Fabrication of microscale devices

• - Nanoparticle synthesis and manipulation

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• 6. Fluid Dynamics Research:

• - Studying fluid behavior at small scales

• - Understanding microscale phenomena

 Our Research

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• Where it can be used?

1. Sensors:

- Offers high sensitivity for gas, humidity, strain, and chemical detection.

- Conductive nature and large surface area contribute to sensing capabilities. 

2. Supercapacitors:

- High surface area and conductivity

- Enhances energy storage and rapid charge-discharge cycles.

3. Energy Storage:

- Improves lithium-ion battery performance.

- Enhances energy density and charge rates.

4. Water Treatment:

- Electrochemical properties make it suitable for water treatment.

- Removes contaminants through electrochemical reactions.

5. Wearable Electronics:

- Flexible and conductive nature suitable for wearables.

- Applications in healthcare monitoring and smart textiles.

6. Catalysis:

- Functions as catalyst support in various chemical reactions.

- Benefits processes like water splitting and hydrogen production.

7. Heating Elements:

 - Utilized as an effective heating element.

 - Applied in heated clothing or defogging surfaces.

8. Electromagnetic Interference (EMI) Shielding:

 - Conductivity enables use in EMI shielding applications.

 - Reduces electromagnetic radiation interference.

9. Photodetectors:

 - Exhibits high sensitivity to light.

 - Useful for light detection and imaging applications.

10. Gas Sensing:

 - Conductivity changes in the presence of specific gases.

 - Applied in gas sensing devices for industrial and environmental monitoring.

• Our Research

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What we can help?

1. Lab Equipment Prototypes:

   - Prototypes for the planed projects

2. Microfluidic Devices:

   - Microchannels and chambers for creating complex fluidic systems for chemical or biological analysis.

   - Microreactors for controlled chemical reactions.

3. Electrical Enclosures:

   - Enclosures for electronic components or sensors used in experimental setups.

   - Customized housing for electronic devices like data loggers or microcontrollers.

4. Optical Components:

   - Mounts for lenses, mirrors, or filters used in optical experiments.

   - Lens hoods or light baffles to control light exposure.

5. Culturing and Analysis Tools:

   - Microbial growth chambers, culture plates, and incubator components.

   - Sample holders for microscopy slides or well plates.

6. Educational Models:

   - 3D-printed models of molecular structures, cells, or other scientific concepts for educational purposes.

7. Fixture for Sample Preparation:

    - Customed holders for securing samples

8. Adapters and Connectors:

    - To connect different types of lab equipment or modify existing instruments

    - Valves, pumps, and connectors for creating fluidic circuits in experiments.